Of course I was referring to the bond strength of Ti-O. What do you think I was talking about?

Apparently you don't know jack about metal oxidation or the difference between dissociating oxygen from Titanium and titantium from titanium. If you think breaking a Ti-O bond is going to disintegrate the space station, then there's really nothing I can do to help you.

Quote:

You said the Space Shuttle was coated in titanium oxide which would not break down in the Sun's UV. Here's your quote to prove it:

Funny, in my quote I'm talking about ISS. The space shuttle doesn't have titanium anywhere on its skin. And yes, the outer layer of titanium on ISS should have been oxidized before it left earth, but the Ti-O bond is not what gives ISS its structural stability.

Quote:

And don't try to wriggle out of either with the following quote:

Umm, I'm not. The electronegativity of the Ti-O bond does have an effect on the bond strength of the surrounding metal-metal bonds.

Quote:

YES, WE WERE ACTUALLY TALKING ABOUT TITANIUM OXIDE!!

lol, not in the way you seem to think.

So, got an explanation for those videos yet, or is your bullcrap still debunked?